Microid, A Device for Autonomous Microscale Robotics
Researchers at Purdue University have developed the Microid, a solid-state device with insect-like dexterity for use in autonomous and robust microscale robotics. Microids employ piezoelectric mechanisms in order to walk, run, and jump in various directions; continue to walk once flipped on their backs; traverse harsh terrain; pick up, carry, and place relatively large loads; withstand large impacts or accelerations; and recharge using energy scavenging. The solid-state nature of Microids means there are no parts to wear out, leading to an extremely long operational life.
Increased dexterity and mobilityIncreased longevity
MicrotechnologiesNanotechnologiesRobotics
Jason ClarkPurdue Electrical and Computer EngineeringSugarcube Systems, Inc.
United States
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美國
